- Improved combustion efficiency: The hemispherical shape of the combustion chamber helps to create a more uniform air-fuel mixture, which results in more complete combustion. This can lead to increased fuel economy and reduced emissions.
- Reduced heat loss: The hemispherical shape of the combustion chamber also helps to reduce heat loss to the cylinder walls. This can help to improve engine performance and reduce the risk of overheating.
- Improved volumetric efficiency: The hemispherical shape of the combustion chamber allows for a larger valve area, which can improve volumetric efficiency. This can lead to increased engine power and torque.
- Better flame propagation: The hemispherical shape of the combustion chamber helps to promote better flame propagation, which can lead to more complete combustion and improved engine performance.
- Compact size: Hemispherical combustion chambers are relatively compact in size, which can be beneficial in engines where space is limited.
- Low production cost: Hemispherical combustion chambers are relatively inexpensive to produce, which can make them a more affordable option for engine manufacturers.
